Creating Synergy between Environment and Employment: A ...globalbizresearch.org/files/m4102_irrem_nisha-pandey_deepti-sharma... · Study of Plastic Recycling Industry in Dharavi,

International Review of Research in Emerging Markets and the Global Economy (IRREM)

An Online International Research Journal (ISSN: 2311-3200)

2015 Vol: 1 Issue 4

569

www.globalbizresearch.org

Creating Synergy between Environment and Employment: A Case Study of Plastic Recycling Industry in Dharavi, Mumbai

Nisha Pandey,

VESIMR, Mumbai, India. Email: [email protected]

Deepti Sharma, TerraNero Enterprises, Mumbai, India.

Email: [email protected]

_____________________________________________________________________

Abstract

Environment related work, viz., monitoring, analysis, surveying, sustainable harvesting, eco-friendly product making etc. have individually emerged as ‘environment industry.’ However, in India, this remains largely unorganized. The present study is an attempt to explore the dynamics and challenges faced by the plastic waste recycling industry housed at Dharavi, the infamous slums of Mumbai. Various challenges are associated with the waste recycling industries - inadequate institutional facilities to deal with the problem arising out of shortage of expertise, financial resources, and legal and administrative enforcement of environmental regulations, many of which do not conform to the need of the time are some of them. Coupled with this is the lack of public awareness and environmental ethics that results in uncontrolled solid waste disposal. Part of the financial deficit is the insufficient fee structure. This study attempted to understand the process, entrepreneurial challenges and opportunities, and employee wage structure of plastic waste recycling. The study revealed the appalling work conditions and fragile finances of the entrepreneurs and workers engaged in plastic waste recycling. Although designated as a large, congested slum in the heart of the city of Mumbai, Dharavi is much more than a mere slum. It is a thriving hub of as many as 10-15 thousand small-scale industrial units including waste recycling, pottery, leather tanning, shoemaking, textile and bakery. The present study adopted a focus group-based approach to garner relevant data about the plastic waste recycling industries located in Dharavi, with special stress on the various challenges faced by the human resource involved. _____________________________________________________________________ Keywords: MSME. Waste Recycling Industry. Socio-economic Challenges. Dharavi.

mailto:[email protected]

mailto:[email protected]



2015 Vol: 1 Issue 4

570


1. Introduction

The term environmental industry was defined in 1988 by Environmental Business

International Inc.(EBI) as all revenue generation associated with environmental protection,

assessment, compliance with environmental regulations, pollution control, waste

management, remediation of contaminated property and the provision and delivery of

environmental resources (EBI report 2020, 1988). The Environment industry in the USA is

rather organized, with total revenues of more than $315 billion in 2010, generated by about

30,000 private sector companies and more than 80,000 public sector entities in the United

States, employing 1,657,300 Americans (US Census Bureau report, 2012).

However, such is not the case in India, where the environment industry remains largely

unorganized, and mostly covered under the heading of the Micro, Small and Medium

Enterprises (MSMEs). So much so, that the keyword ‘Environment Industry’ is still

unfamiliar in India. Hence, to gain an insight into the synergy between environment and

employment in India, it is vastly important to understand the MSMEs.

The Micro, Small and Medium Enterprises (MSMEs) represent the largest proportion of

the manufacturing sector and play a key role in economic development in India. Idris and

Rahman (2009) pointed out that Small and Medium Enterprises have always taken front seat

for young entrepreneurs to start their businesses. According to the Union Ministry in India, 95

% of industrial units are in the small-scale sector with 40 % value addition in the

manufacturing sector and 8 % contribution to the Indian GDP. According to one estimate in

terms of value, the MSME sector accounts for about 45% of the manufacturing output, and

40% of the total export (www.msme.gov.in). This sector is the second largest employer after

agriculture (Report by IIA & MCCIA) and employs an estimated 59.7 million persons spread

over 26.1 million enterprises.

This article has been organized thus – the Introduction section defines the MSMEs,

describes the international scenario, discusses their objectives, socio-economic significance,

challenges faced and the role played by the Indian government. The second section is

dedicated to describing the Recycling Industry in India and the potential of entrepreneurial

activities in this sector. This section concludes by delineating the need for the study. The third

section describes in detail the study area and the survey methodology. Results and discussion

have been detailed in the fourth section. The fifth section is comprised of the Conclusion and

future scope of work while the last section contains the authors’ recommendations. 1.1 International Scenario

Hodgetts and Kuratko (1995) suggest that small businesses create employment. These are

the economic engines driving the global quality of life (Hills 1995). Indeed, small firms

constitute the bulk of enterprises in all economies in the world. Undoubtedly, small firms and

http://www.msme.gov.in/



2015 Vol: 1 Issue 4

571


entrepreneurship play a major role in the world economy (Bygrave 1994). MSMEs, by

number, dominate the world business stage. Although precise, up-to-date data are difficult to

obtain, according to one estimation it is suggested that more than 95% of enterprises across

the world are MSMEs (Ayyagari et al. 2011).

Zimmer and Scarborough (1994) asserted that this century would begin with the greatest

number of small businesses. Over the last two decades, new MSMEs have been identified by

governments in several countries as significant components of economic growth in terms of

job and wealth creation. This contention is strongly supported by the work of Holmund and

Kock (1998), Kuratko and Hodgetts (1995), Hodgetts and Kuratko (1995) and Birley and

Westhead (1989).

Rodriguez et al. (2007) reported some 23 million medium and small enterprises providing

around 75 million jobs and representing 99 % of all enterprises in the European Union (EU).

MSMEs thus play a central role in the European economy. In most of the developing world,

MSMEs are the only realistic employment opportunity for millions of impoverished

communities. According to Lozzi (2008), MSMEs occupy the place of strategic importance in

Jordanian economy due to their considerable contribution in terms of production, sales and

development. It accounts for 50% of the total manufacturing sectors, has 20% share in export,

provides 80% of employment in industrial sectors and contributes about 8.5% to the GDP

(Lozzi, 2008). In Malaysia, the MSMEs have contributed about 21% to GDP. Department of

Statistics (DOS) has established in 2005 that 96.5 % of the establishments in the

manufacturing sector were MSMEs.

Japan has recorded the highest proportion of MSMEs among the industrialized countries,

accounting for more than 99% of total enterprises (EIU 2010). India, as per the Ministry of

Micro, Small and Medium Enterprises, recorded 13 million MSMEs in 2008, equivalent to

80% of all the country’s businesses (Ghatak 2010). In South Africa, it is estimated that 91%

of the formal business entities are SMEs (Abor and Quartey 2010). The Singapore

government announced a series of support measures to help its 145,000 small and medium

enterprises to restructure and design better jobs as the city state transition into a higher

productivity economy. The government is working towards creating a more favourable

business environment by simplifying assistance schemes for SMEs and enhancing the

existing Enterprise Development Centres (EDCs) into one-stop shops. The SME sector is an

important pillar of Singapore’s economy. They contribute more than 50 per cent of economic

output and 70 per cent of employment.

Most OECD governments promote entrepreneurship and seek to support and develop

MSMEs through a myriad of policies and programs. These attempt combat many common

difficulties encountered by MSMEs and offer solutions to problems in such areas like finance,



2015 Vol: 1 Issue 4

572


technology, innovation, IT, management, internationalisation etc (Rodriguez et.al. 2007). 1.2 The Major Objectives of Developing and Nurturing MSMEs in India

The small scale industries have been growing during the last three decades on account of their

significant role in attaining the major objectives that are as under:

Removal of economic backwardness of the rural people and underdeveloped

segments in the country as a whole.

Attainment of self-reliance.

Reduction of regional imbalance.

Reduction in disparities in income, wealth, consumption & standards and facilitation

of mobilisation of resources, capital and skills and optimum utilisation.

Create large employment opportunities and raise levels of output, income and

standard of living.

For a developing country like India, the growth of small scale industries is of great

significance and their nurturing and development must be fostered by all round efforts, so that

a new class of talented entrepreneurs endowed with their initiatives and enterprises become

an economic force to reckon with in this country. 1.3 Economic Importance of MSMEs

The MSMEs sector continues to remain an integral part of the Indian economy with

significant contribution to GDP, industrial production and employment generation in India .

The major advantage of this sector is its employment potential at low capital cost. The labour

intensity of this sector is much higher than that of the large enterprises. They are often termed

as ‘engines of job creation’. The small-scale industrial sector has recorded a high growth rate

since independence in spite of stiff competition from the large sector and not so encouraging

support from the government. This is evidenced by the number of registered units, which

went up from a mere 16,000 units in 1950 to 36,000 units in 1961 and to 133.67 lakh units in

2007-08.

As far as the output of the SSI unit is concerned, it was Rs.1,22,154 crore in 1994-95

which has considerably risen to Rs. 695126 crore in 2007-2008 (at current prices). Production

in SSI sector during the last ten years has recorded an annual average growth rate of 8.6

percent. The share of SSI in the country’s industrial output is around 39 percent . SSI Sector

plays a major role in India’s present export performance. 45% to 50% of the Indian export is

being contributed by the SSI sector. Direct exports from the SSI sector account for nearly

35% of total exports.

India itself has a savings rate of 30 per cent of GDP, and this once touched 37 per cent. It

is contributed mainly by households and unincorporated businesses. Foreign direct



2015 Vol: 1 Issue 4

573


investment in India is barely 1-2 per cent of GDP. This links India to global markets and

technology, and so is disproportionately useful. However, it is not the crucial driver of growth

- it has to be local investment. Above all, it has to be investment by small and medium

enterprise. This lesson is driven by R Vaidyanathan's book ‘India Un inc’. He estimates that

the share of the private corporate sector in GDP is under 18 per cent, while that of the non-

corporate sector is 45 per cent. The share of the non-corporate sector is 64.6 per cent in

construction, 74.2 per cent in trade and hotels, 81.4 per cent in transport (excluding railways),

51.6 per cent in storage and 60.8 per cent in real estate (Swaminathan A.).

1.4 Role of the Indian Government

Madhoun & Analoui (2004) contend that Micro and Small Enterprises (SMEs) occupy an

important and strategic place in the economy of a country as they contribute significantly to

wealth and employment. All the foretasted benefits of Small and Medium Scale Enterprises

cannot be achieved without the direct intervention of the government. Over the years, a

number of Market Entry Strategies have been formulated by the government of India with a

view to developing Small and Medium Scale Enterprises.

The Government policy framework right from the First plan has highlighted the need for

developing the SSI sector because of its strategic importance in the overall economic

development of India. The policy support from the Government towards Small Scale

Industries has tended to be conducive and favourable to the development of small

entrepreneurial class. Government is implementing suitable policies and promotional schemes

for MSMEs development.

Public sector banks offer a range of services and schemes including loans and credit

facilities for various business needs. Some of these are National Bank for Agriculture and

Rural Development (NABARD), National Small Industries Corporation Limited (NSIC),

Small Industries Development Bank of India (SIDBI), National Commission for Enterprises

in the Unorganized Sector (NCEUS), and Rural and Women Entrepreneurship Development

(RWED).

1.5 Problems and Challenges Faced by MSMEs in India

Rakesh Mohan (2012) discusses that “capital costs of this industry is typically high

because of market imperfections in the availability of information for investors and lenders.”

Apart from financial problem, there is scarcity of technical skill and managerial ability in this

sector. The organizers and artisans of the small enterprises lack proper knowledge of the

modern technology and marketing conditions. In spite of their originality, products are not

often standardized and therefore, not getting economies of scale and are not exposed to

advertisement. While large scale industries enjoy the economics of scale. Inadequate

technical and managerial guidance and non-availability of industrial space have been outlined



2015 Vol: 1 Issue 4

574


as significant challenges by Velsamy (2012). Also, these industries are largely unorganized

and suffer due to the absence of a proper network. They are mostly labour-intensive with a

marked lack of machinery (Mohan 2012).

Inadequate attention and sympathy of the Indian political class may be also outlined as a

challenge. A TOI report (2014) penned by Swaminathan Iyer outlines how the Indian political

scenario misses the point of nurturing MSMEs by being more intent on creating ever more

industrial parks and corridors.

Lack of print and other media attention is another aspect. The services sector has been the

biggest driver of fast growth in the last two decades, but not mainly because of giant software

or BPO companies - two-thirds of services growth has come from the non-corporate sector.

Yet the corporate sector -including foreign companies -gets all the glamour, headlines and

VIP treatment. It gets easy access to credit and equity finance while small and medium

enterprises are starved (Economic liberalisation, Times of India 21st September, 2 014).

2. Recycling Industry: A Small Scale Enterprise 2.1 Overview

Waste recycling involves the processes of waste collection, transportation, sorting,

processing and final disposal (Visvanathan and Trankler 2003). Scientific technologies and

socio-economic planning are necessary at each step. However, the recycling industry in India

remains largely unorganized still. In fact, authors have reported it to be highly chaotic and

unscientific (Gupta et al. 1998, Ravindra et al. 2015). There is almost no on-the-spot waste

segregation – degradable as well as recyclable waste is disposed of in dustbins or roadsides.

From here, the recyclable waste is collected by rag pickers, and sold to dealers. From here,

waste finds its way to various processing units where saleable items are fashioned out of the

waste. Recycling reduces operating and transport costs, emissions, creates green jobs,

substitute’s virgin materials and yields economic benefits.

Recycling takes place majorly in mega cities which needs to be taken to small towns and

cities. Informal sector recycles 70% of plastic waste and up to 56% of all recyclable waste.

Various challenges are associated with the waste recycling industries - inadequate

institutional facilities to deal with the problem arising out of shortage of expertise, financial

resources, legal and administrative enforcement of environmental regulations, many of which

do not conform to the need of the time are some of them. Coupled with this is the lack of

public awareness and environmental ethics that results in uncontrolled solid waste disposal.

Part of the financial deficit is the insufficient fee structure.

Beukering et al. (1999) crystallize these challenges as:



2015 Vol: 1 Issue 4

575


Inadequate municipal services due to limited resources;

An absence of hygienic and scientific disposal systems;

A lack of public awareness for waste management resulting in high levels of

unsegregated waste generation and littering;

The existence of an extensive informal network which is mainly driven by market

forces and functions partly on subsistence levels;

The absence of sufficient capacity for waste processing, in particular for organic

waste which is in most abundance;

The existence of a relatively small market for recycled waste products.

Although this sector is highly informal, it is still thriving owing to vast and easy

availability of the raw material, i.e., waste and a large market for the cheaper recycled goods

(Ref). Recycling of wastes has increased from 10 to 22% since 1990 to 1998 in the Asia

Pacific region (UN, 2000).

2.2 Solid Waste Management through plastic recycling

Recycling of plastic waste in India is mostly undertaken by the informal sector. The

formal recycling set-up in India in a minor fraction and is only in its initial stages,

experimenting different models. Informal recycling in India is a consequence of the increased

gap in waste service provision (16) and the resultant ease of access to secondary raw

materials which have immediate economic value.

The chain of informal sector in plastic recycling industry comprises of waste pickers

(WPs), travelling waste buyers, dealers and recycling units. WPs includes maximum number

of people employed including child constitute the largest population in the informal sector.

Normally, recyclables are collected in two ways like paper, glass and metal are collected

before they enter the MSW stream from households for which they (kabariwala) get instant

payment , by a special group of people called ‘Kabariwala’ ( travelling waste buyers) and

plastics are generally collected by waste-pickers from litter on streets or from heaps of waste

in landfills . Shopkeepers sell recyclable items, such as newspaper, cardboard, glass

containers, tin cans etc. to itinerant waste buyers too. Waste pickers retrieve recyclable

materials like milk bags, plastic cups and containers, glass, etc from what is discarded by

households, commercial establishments and industries.

2.3 Entrepreneurial opportunities in Recycling Industries

In developing countries like India, there are ample opportunities for innovation,

exploitation of the available resources and initiation of entrepreneurial ventures through

recycling units. The field of entrepreneurship, in recent past, has witnessed much

diversification and creativity. Entrepreneurs are found in such widely diverse fields as

education, biotechnology, media, agriculture, public services, social work, ecology and



2015 Vol: 1 Issue 4

576


environment, service sectors and even in research activities. Recycling industries are also

emerging as good entrepreneurial opportunities.

“Entrepreneurs are simply those who understand that there is little difference between

obstacle and opportunity and are able to turn both to their advantage”.

2.4 Need for the Study

The unorganized or informal sector constitutes a pivotal part of the Indian economy. More

than 90% of workforce and about 50% of the national product are accounted for by the

informal economy. Considering this, it is imperative that formal data collection regarding the

challenges and travails of the small-scale industries is taken up from time-to-time. Also,

keeping in mind that the small-scale industries vary widely in nature, a case study-based

approach that avoids generalisations and contributes to the database is distinctly indicated. A

case based interpretive approach was adopted for the study. As recommended by Eisenhardt

and Kathleen (1989) this approach is appropriate in new areas of interest to generate some

novel insights and testable hypotheses. The data was collected from multiple sources in

accordance with Yin's (2002) recommendation.

The leaders, owners and workers were selected randomly across various recycling unit and

were interviewed. Each interview lasted for between forty five minutes to one hour duration.

The content of interviews was either noted down in the field notes or was tape-recorded, if

allowed by the interviewee. These interviews gave authors richer understanding of social

structure and economic and environment and health cultural context recycling unit. Views

presented herein in a coherent manner so that it would provide comprehensive of the situation

and create possibility of getting genuine insight about the recycling units. According to Chell

(1998) this is a prerequisite for face validity.

With these aspects in mind, the present paper follows a case study-based approach in

which the solid waste sorting and recycling industry centred at Dharavi, Mumbai has been

targeted to assess the various challenges faced by this sector.

Dharavi has been described by many as Asia’s largest slum (Sharma 2000, Apte 2011)

with the metropolis of Mumbai often being called Slumbai or Slumbay with the largest

number of slum dwellers in the world (over six million). Despite being of immense economic

importance, Dharavi is probably like an iceberg only the tip of which has been explored up

till now and which must be investigated in thorough detail. 3. Material and Methods 3.1 Study Area – Geographical, Socio-Economic and Historical Details

The slums of Dharavi in Mumbai have earned the dubious distinction of being one of the

largest slums in the world (Sharma 2000). Apte (2011) describes it as Asia’s largest and the

world’s second-largest slum. Dharavi, however, is not a slum but a unique self-contained



2015 Vol: 1 Issue 4

577


township.

Here, a large native and migrant population live and work in the same region.

3.1.1 Geographical Details

Geographically, Dharavi spreads across 175 ha (1.7 sq km) government-owned land right

in the heart of the Mumbai city with Mahim in the west and Sion in the east (Figure -1). It is

one of the most densely populated regions with estimates ranging from 600-2000 people/acre.

Various significant details of Dharavi have been summarized in Table 1.



2015 Vol: 1 Issue 4

578


Table 1: Dharavi - Salient Features

Name Dharavi

Global Coordin

ates

Latitude: 19°00′51″ N

Longitude: 72°50′52″ E

Land Ownership Municipal Corporation of Greater Mumbai

Area 1.7 sq km/200 hectares/500 acre

Population Estimate 300,000 to about 1 million

Population Density Estimate 600 to 2,000 people per acre

Mean tenement size 100 sq ft

No. of individuals per toilet 1440

3.1.2 History

The slums of Dharavi trace their history way back to the 18th century when Dharavi was a

marshy wasteland and local kolis inhabited the land. Locals report that the first house was

built in Dharavi in 1840. However, with the seven islands of the peninsula merging to give

birth to the Bombay city as we know it today caused the filling up of the marshy lands and

ousting of the kolis. Instead, here came the pottery-makers of Saurashtra, the Muslim zari

embroidery-making workers from UP, the chambhars or leather goods makers of Maharashtra

and the workers from Tamil Nadu to work in the tanneries. In those days, the locality of

Dharavi was relatively much more spacious and greener than it is now.

3.1.3 Socio-economic & Demographic Aspects

The Oxford dictionary describes the word ‘slum’ as “a squalid and overcrowded urban

street or district inhabited by very poor people.” Considering this, Dharavi is a slum in every

sense of the word with squalid, sunless 100 sq ft corrugated tin-roof settlements for eight-

member families, open drains, the lack of toilets and extremely difficult and inhuman living

conditions that one observes here not being hidden from anyone. Also, the residents of

Dharavi are unauthorized, with no legal dwellers.

Population in Dharavi is approximately more than 1 million. It occupies 1.75 hectors

which is equal to approx 432 acres. The density population is 5,70,000 per sq.km which is 20

times more than that in Mumbai.(Manie 2013).

Dharavi has two sections – residential and commercial. The commercial section has about

10-15 thousand single-room industrial units involved in solid waste recycling, machine spare

part making, leather tanning, shoe-making, textile dyeing, stitching, embroidery, block-

printing, pottery-making and baking among others. It is reported that the annual turnover



2015 Vol: 1 Issue 4

579


from these industries is as much as $650 million dollars (Bansal and Gandhi, 2012). Many of

the products formulated here sold in the native markets and also exported worldwide. 85%

workers have a job in the slum and work locally.

More than a slum, Dharavi may be described as an inter-city township (Patel and

Arputham 2008), which sustains itself with little or no outside support. In fact, it has a distinct

feeling of village-like community living. There are informal shopping centers, restaurants,

cyber cafes, MCGM-run primary school, temples, mosques and churches. The pottery area

located in the Dharavi slums is a community center.

One of the most unusual industries to have found its way inside Dharavi is the tourism

industry, with slum tours or reality tours gaining immense popularity post Slumdog

Millionaires (Dyson 2012, Bansal and Gandhi 2012).

Several of the workers employed in Dharavi are second-generation residents with their

fathers or grandfathers being the original settlers while some are recent migrants. Several of

the businessmen have accrued sufficient wealth to move out to more uptown residents, but

their businesses continue to be based out of Dharavi. Also remarkable are a group of

entrepreneurs who were never the residents of Dharavi, but were nevertheless attracted by the

prospect of cheap labour and rent here to operate their business units with higher profit

margins.

3.1.4 Survey Details

The study is based on focus group discussion. A focus group is an in-depth, open-ended

group discussion of 1to2 hours' duration that explores a specific set of issues on a predefined

topic. Such groups consist typically of between six to eight participants and are arranged

under the guidance of a facilitator. Focus group studies entail the targeting of a group of

people and asking them about their perceptions, opinions, beliefs, and attitudes.

In this case, reliable individuals to participate in the Focus Group discussions were invited

on the basis of the snowball or chain referral method. Herein, we first started with a small

group of individuals who then referred others from among their acquaintances who also went

on to form a part of the study. The survey was conducted during the month of August 2014.

Here, groups of plastic recycling industry owners and workers were targeted. Group size

ranged from 5-10. The questionnaire used in the study has been attached as a supplementary

file. Data collected from Focus group discussions were documented in MS Office Excel and

analyzed for descriptive statistics. 4. Results and Discussion

The study involved a total of 10 groups of average size 8. It was reported that Dharavi has

about 1200 units of waste recycling, of which 780 were of plastic recycling. Since this was a

large chunk of the total, and reliable data for other types of waste was difficult to get, the



2015 Vol: 1 Issue 4

580


present study focused on plastic recycling units.

4.1 Waste Recycling Units: Procedural Details Dharavi houses one of the largest recycling industries in India. An estimated 20% of its

inhabitants work on different aspects of waste processing. Waste recycling units in Dharavi

have an informal supply and delivery chain with local rag-pickers at one end and large

industrial units at the other. All the work is done manually, with women being employed in

some areas. According to the Mumbai Metropolitan Regional Development Authority

(MMRDA), Mumbai residents generate 11,209 tonnes of waste a day, and the vast majority

comes to Dharavi, where it is sorted and processed. On average, each waste-picker sorts

through 8.5 tonnes of rubbish each day. As much as 80% waste in Mumbai is recycled, as

compared to 23% in the United Kingdom. Approximately 1200 waste recycling industries exist in Dharavi. Of these as many as 780

units were those of plastic recycling (Figure 4), others being that of aluminium, cardboard

box and paper recycling and a few units of glass crushing. Raw material for these units is

obtained not only from the local rag-pickers but also from all over India. Nearly 70% units

were found to be unregistered. Leather goods were repaired in Dharavi, but their recycling

was not reported as such. Glass waste was collected and crushed in a few units in Dharavi,

but was sent out of Dharavi to other units elsewhere for melting. Wood recycling units were

not reported.



2015 Vol: 1 Issue 4

581


Figure 4: Types of Waste Recycling Units in Dharavi

Waste Recycling Units in Dharavi Plastic

Aluminum

Cardboard

Others

Details of plastic waste recycling process have been provided in Table 2.

Plastic recycling process is partially carried out in Dharavi. It employs the sourcing

of plastic waste locally and from other states of India and its sorting. After sorting,

waste is cleaned and dried on roof-tops. Post this, waste is crushed in an electricity-

run crushing machine and dyed. Same-colored plastic is then converted into pellets.

These pellets are sold out of Dharavi for further processing.



2015 Vol: 1 Issue 4

582


Table 2: Flow-chart of Plastic Waste Recycling



2015 Vol: 1 Issue 4

583


Table 3: Economic Details of Plastic Waste Recycling Units in Dharavi

Details Plastic

Amount handled per month 15-20 tons/month

Cost of recycling/kg INR 20/kg

Selling price/kg INR 70/kg

Annual Turnover INR 10-25 lakh/annum

Annual Savings INR 1,20,000 – 3,00,000 per annum

Number of Permanent Workers 2-8

Number of Contractual Workers 8-10 (when required)

Of these, waste was collected by rag pickers, the processing was done by permanent or

contractual employees, and then the pellets were sold to other industries as raw material.

The chief investment made by the entrepreneurs in this line is in the purchase of the

building that houses the unit and the plastic crushing machine. The former is in the range of

INR 3,00,000-5,00,000 while the latter costs about INR 75,000-1,00,000. In addition, the

entrepreneur pays a monthly rent to the Municipal Corporation of Greater Mumbai (MCGM)

to the tune of INR 1200/-. The process costs of recycling plastic comes to INR 20/kg. 4.2 Socio-economic Details

Primarily, most of the business owners of recycling units were Muslims. Several owners

reported that this business is run by his family from last three generation and they are

residents of Dharavi while others were from outside, who had got industrial units at Dharavi

due to cheap availability of resources. However, many owners had shifted their residential

outside Dharavi where living conditions are better, while retaining their industrial units.

4.3 Wage Structure

After discussion with different groups / owners of recycling industries, it is concluded

that male workers were paid INR 200-300/day. Normally, male workers worked for about 10-

12 hours/day for six days a week. Their average age was reported around 25.6 years. Workers

were mostly observed to be migrants from Uttar Pradesh and Bihar. Workers were mostly

illiterate to barely literate and came from extremely poor families. Almost all workers had

migrated singly, leaving their families in their native places. After working 8 to 9 months and

collecting some amount of money these workers went back to their homes and came back

after 3 to 4 months. The health condition of these workers reported was not satisfactory.



2015 Vol: 1 Issue 4

584


Table 4: Socio-economic Details of Workers

Socio-economic Variables Findings

Average Age 20-25

Religion Muslim, Hindu

Literacy Primary Education

Nativity UP, Bihar

Working hours/day 8-10

Working days/week 6

Wages 200-300/day

Savings 3000-4000/month

Chief Expenditure Health

Personnel Protective Equipment None

Table 5: A Comparison of Working Conditions and Wage Structure of Male and Female

Workers

Male Female

Wages/day 200-300 150

Working hours 8-10 hours 6-8 hours

Actual work done All Sorting

Working condition Unhealthy, Congested

Unhygienic

-Ditto-

Chief expenditure was reportedly in health, both by workers and business owners.

A few business owners reported to be functioning in loss for several years in running.

Money-lending was informal, with most workers requesting loans from their employers.

Business-owners took informal loans from other business-owners in the same area.

Job-hopping or attrition rate was found to be low despite appalling work conditions mainly

because workers were not trained for any other process and suffered from poor literacy and

awareness levels.

Women were observed to be employed during plastic waste sorting. Child labourers were

not observed in waste recycling units.

Average income of workers in all the waste recycling units ranged between INR 1000-

4000/month. It was reportedly INR 10,000-25,000 for the plastic recycling unit owners.

Health Hazards

Aluminium foundries created immense air pollution. Workers in the Aluminium

foundries were observed to function under hazardous conditions with toxic substances

without protective clothing, which affected their life expectancy. Their life expectancy was

reportedly 50-55 years only and the migrant labourers were forced to leave the job and return

to their native places within 4-5 years.

Plastic containers for sorting and washing may contain hazardous chemicals, which

can come in contact of the workers handling it.

Noise pollution was observed to be a significant issue during crushing of plastic



2015 Vol: 1 Issue 4

585


waste.

Cardboard recycling workers reported bed bugs as a problem.

Apart from individual industry-related hazards, health hazards were also reported

because of over-all poor and unhealthy living conditions. Due to very few toilets (only two in

the industrial section), workers were forced into open defecation, leading to gastro-intestinal

infections.

Considering the sun-less conditions of Dharavi workplaces and proximity with

Mahim Bay and several open nalas, mosquitoes were reported to be a major problem.

4.4 Environmental Impacts

The environmental impact of waste recycling is enormous. In the absence of such

recycling, the waste will find its way to landfills, choke our drains and malign our roads and

railway tracks. It will also create health hazards for man and cattle alike. This makes

recycling industries an essential part of urban planning. However, the environmental impacts

of these recycling industries are also necessary to be outlined. Plastic recycling industries, in

general, involve only the sorting, washing, crushing, dyeing and pelleting of plastic. Plastic

waste may be contaminated with hazardous chemicals, oil and grease and other materials,

which will be touched by the workers during handling and dissolve or mingle with water used

for washing. Its crushing in a machine creates noise pollution. The spent dyes involved in

coloring the plastic are not disposed properly in the absence of an effluent treatment plant.

4.5 Challenges of Small-scale Industries at Dharavi

Most of the industrial units in Dharavi were unregistered, due to which they were saved

from paying income tax. However, this also had a negative side – they forfeited the right of

garnering the benefits of government funding schemes. Financial insecurity and no formal

money-lending source was thus, a severe challenge. In fact, one business owner complained

that he had to continue running a debt-ridden plastic recycling unit, as he would get no more

credit if he shut down the unit.

Another major challenge reported by small-scale industries in Dharavi was the staggering

cost of electricity. Priced at INR 16/unit, exorbitant electricity bills were forcing several

business owners to shift out of Dharavi into other localities such as Vasai and Nalasopara.

While water was free-of-cost for most of the units, some owners did report a water meter and

a water bill of INR 350-400 per month.

Considering that the business owners were actually illegal dwellers, they constantly

existed in the fear of being forced out by the government.

No health security measure was provided to the workers who worked without sunlight and

fresh air, without clean water and decent toilets and without personnel protective equipment

such as helmets, gloves, boots and masks.



2015 Vol: 1 Issue 4

586


Neither workers nor owners had any formal social security. Workers both men and

especially women workers were underpaid.

Workers as well as business owners being untrained for any trade other than the one they

were engaged in, suffered from the lack of other job opportunities and forced to remain in the

underpaid, debt-ridden and hazardous jobs at Dharavi. Low literacy and awareness levels

coupled with desperate poverty back home seemingly chained the workers to their

underpaying and health-threatening jobs.

5. Conclusion and Future Scope of Work

Dharavi’s recycling zone could be the way forward to a sustainable future. Dharavi is a

teeming center of small-scale industries, but the challenges faced by the entrepreneurs and

workers here are massive. It is imperative that the Indian Government intervenes, attempts to

get all the units registered, provides financial and health security to the workers and improves

the living and working conditions. The future scope of work in this locale is enormous from

the socio-economic point of view. More detailed surveys must be carried out to glean all

possible information regarding the various businesses thriving in Dharavi. Also, the business

model of the waste recycling and other industries housed at Dharavi needs to be scrutinized in

detail and compared with other existing models in India and abroad so that their productivity

is retained while living and working conditions are improved. 6. Recommendations General The role of the Indian government is undeniably required to be stronger and more

visible. However, any set of regulations aiming at integrated waste recycling must include

and, in fact, aim at bettering the lifestyle and security of the workforce earning its scant

livelihood from this informal sector. This workforce needs to be recognized, registered and

remodelled into a well-organized structure.

Waste recycling requires technology input – this must be provided to the workforce

involved in this activity.

A sincere, disciplined and positive attempt must be made in the direction of on-source

waste segregation and reduced littering.

Provision of personnel-protective equipment (PPEs) for waste recycling workers is a

must Bigger and better markets must be explored for the recycled products to ensure that sick

and debt-ridden units can make goods.

Increased financial security needs to be provided to the workers and entrepreneurs in

terms of formal loans.

For Dharavi

A re-development of Dharavi is on the cards. However, one can only hope that such a re-



2015 Vol: 1 Issue 4

587


development takes into account the unique history and spirit of Dharavi. A typical housing

society with high rises, concretized gardens, malls and multiplexes appears hardly suitable. It

is more important to retain all the activities taking place at Dharavi while making them more

airy, sunlit, and spacious and provided with toilets.

References Abor J. and Quartey, P. (2010), “Issues in SME Development in Ghana and South Africa”,

vol. 39: 218–28 International Research Journal of Finance and Economics.

Ayyagari, M., Demirgüç-Kunt, A. and Maksimovic, V. (2011), “Small vs. Young Firms.

Across The World – Contribution to Employment, Job Creation, and Growth”, Policy

Research Working Paper 5631 (The World Bank Development Research Group).

Bansal R and Gandhi D (2012), Audio Book “Poor Little Rich Slum”, Westland India,

Mumbai.

Birley, S. and Westhead, P. (1989), “Growth and performance contrasts between types of new

firms”, EIASM 3rd Workshop on Entrepreneurship Research.

Bygrave, W.D. (1994), “The portable MBA in Entrepreneurship”, John Wiley, New York,

NY Dyson P. (2012) Slum Tourism: Representing and Interpreting ‘Reality’ in Dharavi,

Mumbai. Volume 14, Issue 2, 2012 Special Issue: Global Perspectives on Slum Tourism.

Tourism Geographies: An International Journal of Tourism Space, Place and Environmen.

Chell, E. (1998) Critical Incident Technique. In "Simon, G and C. Cassell. (eds.), Qualitative

Methods and Analysis in Organization Research: A Practical Guide. London: Sage, 51-72".

EIU (Economist Intelligence Unit) (2010), “SMEs in Japan: A New Growth Driver? Ghatak,

S. (2010) Micro, Small and Medium Enterprises (MSMEs) in India: An Appraisal

Esenhardt, A. and M. Kathleen (1989) “Building Theories from Case Study Research”,

Academy of Management Review, 14 (4): 532-551.

Hodgetts, R. M. and Kuratko, D. F. (1995), “Effective Small Business Management”, 5th

edition Fort Worth: Dryden.

Idris Jajri, Rahmah (2009), “Technical Progress and Labour Productivity in small and

medium scale Industry in Malaysia Vol. 15 199 -208 European Journal of economics, Finance

and Administration science.

India’s Electro Hills G.E. (1995), in Carson D., cromie S., Mc Gowan, P. Hill J., (Eds),

“Marketing and Entrepreneurship in SMEs: An Innovative Approach”, Prentice- Hall

International, London.

Lozi Basen Mohammed (2008) “Small scale Industries in Jordan in the Globalisation: case of

Jordon”, Journal of Business and public affairs publication, Vol.2, No.1.

Madhoun M. and Farhad A. (2004), “Developing SME managers under fire: Negotiating

obstacles and weaknesses in Palestine” Vol. 23(5) 479 – 495, Journal of Management



2015 Vol: 1 Issue 4

588


Development.

Rakesh Mohan (2012), “Small-Scale Industry Policy in India: A Critical Evaluation” in Anne

O. Krueger (Ed) Economic Policy Reforms and the Indian Economy by University of Chicago

Press.

Ravi S (2009), “Entrepreneurship Development in the Micro Small and Medium Enterprise

Sector in India”.

http://www.isb.edu/faculty/shamika/MSME%20chapter_Shamika%20Ravi.PDF

Ravindra, K., Kaur, K., & Mor, S. (2015), “System analysis of municipal solid waste

management in Chandigarh and minimization practices for cleaner emissions”. Journal of

Cleaner Production, 89, 251-256.

Rodriguez P et al (2013), “Science & technology for small & medium scale enterprises

(SMEs)”, Report for the eleven five year plan (2007-2012).

S S Velsamy, R. PhD thesis. The problems and prospects of small scale industries in

Pudukkottai district: a critical study.

Sharma, Kalpana (2000), "Rediscovering Dharavi: Story from Asia's Largest Slum" Penguin

Books.

Sheela Patel and Jockin Arputham, (2007), 19: 501 Environment and Urbanisation.

Sheela Patel and Jockin Arputham, (2008), “Plans for Dharavi: negotiating a reconciliation

between a state-driven market redevelopment and residents' aspirations” 20:243 Environment

and Urbanisation.

“Slumdog Cities: Rethinking Subaltern Urbanism” (2011), Volume 35.2 223–38 International

Journal of Urban and Regional Research.

Vibhute PE and Bembalge MM (2012), “Role and Place of Small Scale Industry in Indian

Economy”

Visvanathan C and Tränkler J (2003), Workshop on “Sustainable Landfill Management” 3–5

December, 2003 Chennai, India 3-15.Municipal Solid Waste Management in Asia - A

Comparative Analysis.

Yin, R. K. (2002) Case Study Research, Design and Methods Newbury Park: Sage

Publications.

Zimmer, T.W. and Scarborough, N.M. (1994), “Essentials of Small Business Management”

New York, NY: MacMillan.

Websites referenced

business.gov.in

Researchgate.net Dr. Anna Patil ‘Small Scale Industries: An Important Catalyst for the Growth of India’s Economy’-

The viewspaper

http://www.isb.edu/faculty/shamika/MSME%20chapter_Shamika%20Ravi.PD

http://theviewspaper.net/small-scale-industries-an-important-catalyst-for-the-growth-of-india%e2%80%99s-economy/



2015 Vol: 1 Issue 4

589


msme.gov.in http://www.thealternative.in/society/photo-story-dharavi-not-a-slum-but-asias-

largest-small-scale-industry/ www.legalpundits.com/Content_folder/SMEArti150610.pdf http://bizdaily.com.sg/newsite/singapore-pledges-support-for-smes-targets-gdp-

growth-of-3-4-per-cent-beyond-2013/

EBI Report 2020: The U.S. Environmental Industry and Global Market (Environmental Business International Inc.), p.12 "Environmental Industry—Revenues and Employment by Industry Segment: 2000 to

2010," in Statistical Abstract of the United States: 2012,

http://www.census.gov/compendia/statab/2012/tables/12s0380.pdf (U.S. Census

Bureau) Table 380, p.12 Acknowledgement: Authors are thankful to Dr. Sateesh Modh, Director VESIM,

Chembur, Mumbai, for his cooperation in this study.

http://www.thealternative.in/society/photo-story-dharavi-not-a-slum-but-asias-largest-small-scale-industry/

http://www.thealternative.in/society/photo-story-dharavi-not-a-slum-but-asias-largest-small-scale-industry/

http://www.census.gov/compendia/statab/2012/tables/12s0380.pdf

Documents

Creating Synergy between Environment and Employment: A ...globalbizresearch.org/files/m4102_irrem_nisha-pandey_deepti-sharma... · Study of Plastic Recycling Industry in Dharavi,